Manual meter reading is delayed and doesn't reconcile
Monthly reading only gives totals. Anomalies are discovered only after charges are incurred. Difficult to verify allocation accuracy.
Product Solution 07 / 08
Energy IoT (Water, Electricity, Gas)
Automatic water, electricity, and gas meter reading, energy anomaly and leak detection, energy-saving analysis reports
Solution Overview
Automatic collection of water, electricity, and gas meter data. Energy consumption statistical reports, AI identification of energy anomalies and leaks. Supports enterprise energy-saving and refined energy management.
Factory and workshop sub-meteringCampus and building facility managementCommercial complexesSchools and hospitalsPump and compressor stations
Problems Solved
Off-hours and night consumption unmanaged
Elevated base-load typically means gas leaks, water leaks, or equipment left running. Hard to catch through manual checks alone.
Itemized energy consumption unclear
Without per-workshop or per-system itemized data, energy-saving retrofits cannot be quantified, leaving investment decisions to guesswork.
Key Features
Multi-type meter automatic reading
Electricity, water, and gas meters read via pulse / RS485 / remote protocols, replacing manual reading.
Itemized and zoned statistics
Build energy ledgers by zone, system, or team, supporting YoY/MoM comparison and unit consumption calculations.
Abnormal energy identification
Detects off-hours base-load anomalies, sudden usage spikes, and persistent imbalance (leak clues).
Meter reading and allocation reports
Auto-generate monthly reports and internal settlement allocation tables, exportable for immediate use.
Linked with equipment monitoring
Same platform correlates equipment operational data to pinpoint which device caused an energy anomaly.
Data Collection & Alerting Specs
Collected Data
- Electricity meter forward active energy, demand
- Water meter cumulative flow
- Gas meter cumulative flow
- Pulse and instantaneous flow
- Meter online status
Alert Types
- Meter offline
- Off-hours energy anomaly
- Daily usage YoY spike
- Prolonged non-zero base-load (suspected leak)
- Meter reading data spike
Alerts pushed to Web dashboard and WeCom; SMS as optional add-on. Same-type alerts auto-merged for noise reduction.
Deployment & Billing
- Deployment
- Meters with existing pulse output or remote interfaces are directly collected; meters without remote interfaces add pulse acquisition modules. Whether water/power can stay on during construction depends on site conditions.
- Billing
- Subscription by meter count. Campuses and groups can generate separate reports per zone/tenant.
FAQ
Old mechanical meters without remote interfaces — what then?
A pulse acquisition module or reading recognition module can be added to convert them into collectible points without full meter replacement. Specific selection depends on meter type and on-site installation conditions.
Can the system directly calculate how much electricity cost is saved?
The system provides true baselines for itemized consumption and anomaly lists. Energy-saving benefits need to be calculated by comparing pre- and post-retrofit data for the same period. We provide before-and-after comparison data by report specification but make no unsupported energy-saving percentage claims.
Related Solutions
IoT Intelligent Monitoring & Alerting SystemUniversal IoT foundation, multi-type sensor connectivity, unified device management, time-series storage, alerting engine.Factory Equipment Monitoring & Alerting SystemProduction line electromechanical equipment online monitoring, abnormal downtime early warning, reducing unplanned outage losses.Equipment Status Monitoring (Industrial/Electromechanical)Motor, pump, compressor status acquisition, vibration and temperature runtime monitoring, predictive maintenance.
Energy IoT Monitor｜Request Demo & Quote
After you provide site conditions, we'll offer point placement advice, connectivity approach, and pricing range.